Breeze

By - Farhaan Rahman

Stay Cool and Productive Without the use of Water!

Reserch after this

Problem
statement

Designing a personalized desk cooling device for Small business owners and students

Making coolers
cool again

the cooler works without water

NO
MORE

WATER

Internals

HOW IT WORKS

Cool
breeze air

Exhaust

Intakes

The hot air rises

the concept of hot air rie is also applied in here as the back is designed in a way that the hot air doesn't hit the person who is using it, its angled for that.

Technology

Revolutionize your cooling experience with our cutting-edge cooler

breeze harnesses the power of Peltier technology and a centrifugal fan to create a state-of-the-art cooling solution.

Night light
For comfort and soothing effect

Flaps
for the optimum angle

Flat stand and handle

Air intake
Seamless integrated in design

Adjustable Fan speed for the optimum comfort

Timer
for efficiently using it

Power buttons
for easy way to creating physical interacting

Night light switch
select between off and bettering and on light

MIDNIGHT BLUE

rose red

light blue

blue

Thank You

Concept- Farhaan Rahman

Abstract -

Enjoying a cool breeze on a hot summer day feels fantastic. However, setting up a water cooler can be quite a task, demanding a significant amount of effort, time, and energy. This cooler is designed for both Western and Indian markets

Humidity: Air coolers work by adding moisture to the air, which can make the air feel more humid. In areas with high humidity, this can make the air feel uncomfortably sticky.

Intent -

Product
Study

Brand - Artic Air
Type - evaporative air cooler

I analysised the diverse components, intricacies, and functionalities of a contemporary desk cooler. This involved a profound exploration into its operational mechanics, strategic material utilization, and the underlying rationale shaping its design.

Water tank

Buttons

Power port

blocker to prevent water reaching to the fan

atomizer

fan

inside
the cooler

Market study

Comparative study

take out the filler and runit under cold water

1

2

3

4

5

plug in the cooler cord in the soket

turn on the cooler and the modes

through away the extra water

fil the water tank to where you please

Activity mapping

USER
TESTING
AND
USER
STUDY

the users

Emptying the water tank

it is inconvenient and hard for the user to through the water out of the resivor after use .

the cooler if placeped at the desk will not be able to tilit to a angle comfertable for the user as most of the cool air is going to there chest . also there is no swivel motion

no grip makes it hard to take out the filter

thr lid open but doesnt stay open you need to hold it whilr filling water

Air Flow

Removing the filters

filling water

STUDENTS

The root cause for most problem is ..... WATER

Problems with water

If water is left behind, it's the biggest breeding ground for mosquitoes and other insects.

It's a hassle to add the water to the water tank.

It's a bigger hassle to remove the water from the tank."

The water makes a lot of mess around the air cooler.

"You have to refill the water every 2 hours, which is one of the biggest hassles."

It takes a lot of time to get water and fill it up.

When moving the air cooler around, the water falls over.

Problem areas

Ergonomic issues

Function

Form issues

Hard to hold it with one hand .
Hard to move it around with water in it .

The led light is very dim you can't see it in daylight
The angle of air flow is low does not reach the user puer face
Making it more initiative the buttons for the speed and light is not initiative .

It is very hard to empty the water
Same design is being continued since a long time
The angle of air flow is low does not reach the user uper face

Problem statement

Designing a personalized desk cooling device for small business owners and students for the summer

Inception

Ideation

Concept

My design process in the ideation stage was a bit different in this project. I didn't just have to change the appearance of the product; I had to create a new product altogether, which had to be based on a different technology altogether. This technology needed to solve all the problems. Here, I am showing you how I made a difference in the technology and created proof-of-concept prototypes.

Constraints of evaporative cooling

Humidity: Air coolers work by adding moisture to the air, which can make the air feel more humid. In areas with high humidity, this can make the air feel uncomfortably sticky.

Other technology and methods that can be used

Other technology and methods that can be used

PELTIER

The components

POC - 1

Air flow

The peltier cools the heat sink on one side and heats the bigger heatsink on the other side The fan 1 blows the ambient air in on the cold the heat sink and then the air floors out from the front vent

The hot heat sink disperse the deat by using a bigger heatsink and a cooling fan attached on bottom of the heatsink which blows the heat out of the back .

CHANGES made

Centrifugal fan

Compact in size has a lot of power and airflow , no blade .

New bigger peltier

Cools much faster and cools more .

Advantage of pulling air -

The cold air will be made more efficiently if the air is sucked through the cold heat sink itself, as the air becomes cold first when the fan pulls it from the bottom. Then, it is pushed through the fan.